A project made by student group in microcomputer class with Assembly lang.
BOARD 1 TEAM
- SÜLEYMAN NURİ (Analog & Control)
Files: temp_control.asm, tachometer.asm
Task: Read the LM35 sensor and calculate Ambient_Temp. Count the fan rotation speed (RPS) using Timer1. Turn the Heater/Cooler pins on or off based on Desired and Ambient temperatures.
- OZAN (Input Unit)
Files: keypad.asm, input_validation.asm
Task: Receive data when the user presses the Keypad (Interrupt). Convert keystrokes like "2", "5", ".", "5" into the number 25.5. Reject inputs outside the range of 10 to 50 degrees.
- HAKAN (Visual & Communication)
Files: display_7seg.asm, uart_board1.asm, Board1_Main.asm
Task: Display the data produced by Süleyman and Ozan sequentially on the 7-Segment display. Receive the "Set Temperature" command from the PC and write it to memory. Merge/Integrate all Board 1 codes.
BOARD 2 & API TEAM
- ZEYNEP (Team Lead & Integrator)
PC (API): core/, api/, main.py
Establishes the brain of the system. Determines which command corresponds to which byte (e.g., 0x01) (protocol.md).
Board 2 (Firmware): lcd_driver.asm, uart_board2.asm, Board2_Main.asm
Writes sensor data to the Board 2 LCD screen. Manages UART traffic.
- NAZLI (Motor & Device Implementation)
PC (API): devices/
Implements the "Curtain" and "Air Conditioner" objects using the API structure established by Zeynep. (E.g., writes the setCurtain(50) function).
Board 2 (Firmware): motor_logic.asm
Drives the curtain motor. Writes the math in Assembly to rotate the motor 1000 steps when a 100% command is received.
- CİHAN (Sensor & Transport)
PC (API): transports/
Ensures the system does not crash when the serial port (USB) disconnects (serial_transport.py). Generates virtual data to test the software when hardware is absent (mock_transport.py).
Board 2 (Firmware): sensors_i2c.asm, sensors_analog.asm
Reads the Pressure sensor via I2C protocol and Light/Potentiometer sensors via ADC.
